Course Information
A general introductory course to basic concepts and methods in materials engineering, covering fundamentals including crystal structure, defects, diffusion, phase diagram and phase transformation, as well as properties and practical processing and applications of major categories of engineering materials including metals and alloys, ceramics and glass, polymers, and composites
Course Objective
The main objective of EGN3665 Materials in Engineering is to introduce the basic concepts and methods in materials engineering to undergraduate engineering students and help students develop preliminary understanding of the inter-relationships between composition, processing, structure, properties, and performance for common solid-state engineering materials
Course Syllabus
EGN3365 Course Syllabus for 2017 fall semester
Lecture Slides
Chapter 02 Atomic Structure and Interatomic Bonding
Chapter 03 Crystal Structure – 1
Chapter 03 Crystal Structure – 2
Chapter 03 Crystal Structure – 3
Chapter 04 Imperfection in Crystals
Chapter 06 Mechanical Properties of Materials
Chapter 07 Dislocation and Strengthening Mechanisms
Chapter 08 Mechanical Failures
Chapter 11 Metals & Alloys – 1
Chapter 11 Metals & Alloys – 2
Chapter 12 Structure & Properties of Ceramics – 1
Chapter 12 Structure & Properties of Ceramics – 2
Chapter 13 Applications & Processing of Ceramics
Chapter 14 Structure of Polymers
Chapter 15 Properties, Application, and Processing of Polymers – 1
Chapter 15 Properties, Application, and Processing of Polymers – 2
Chapter 17 Corrosion & Materials Degradation
Review Sides
Review 1 for Chapter 1-3 on Bonding and Crystal Structure
Review 2 for Chapter 4-5 on Defects and Diffusion
Review 3 for Chapter 6-8 on Mechanical Properties
Review 4 for Chapter 9 on Phase Diagrams
Review 5 for Chapter 11-16 on Metals Ceramics, Polymers, and Composites
Review 6 for Chapter 17 on Corrosion & Materials Degradation